258 products from Chinese manufacturers.
Key considerations when sourcing this category from Chinese manufacturers.
Confirm the implant system's regulatory clearance for your target market — CE, FDA 510(k), or NMPA — before shortlisting a manufacturer.
Check the implant surface treatment (anodized, sandblasted, acid-etched, or hydroxyapatite-coated); it drives osseointegration and is the first thing implant literature compares.
Verify the full system range is available from one supplier: implant body, cover screw, abutment, and healing cap. Mixed systems complicate clinical workflows.
Request the dimensional tolerance on the implant neck and the platform connection geometry. Incompatible tolerances are a common cause of prosthetic failure.
Ask whether the manufacturer publishes batch-level test reports, and whether sterilization is done in-house or by a contract sterilizer with validated cycles.
Made from type I collagen extracted from bovine Achilles tendon, used with bone graft for physical barrier and guided bone regeneration during dental implant placement for missing teeth.
Decellularized human allogeneic bone graft material processed with patented technology, offering excellent biocompatibility for GBR bone augmentation and maxillary sinus lifting procedures in cases of insufficient bone volume for dental implantation.
A digital implant navigation system integrating guide design software and 3D printing manufacturing, enabling precise and minimally invasive implant placement positioning, thereby improving surgical success rates.
The company-developed dental implant utilizes SLA/HA dual surface treatment technology, ensuring rapid and stable osseointegration. It is designed for prosthetic restoration of missing teeth, offering reliable clinical performance and accelerated healing for patients.
Auxiliary consumable used during implant placement and crown fabrication, including analogs, transfer caps, and implant guides, providing precise surgical positioning and guidance.
Collagen combined with bone powder composite filler for alveolar bone defect repair and site preservation, enhancing bone volume stability and mass to provide a solid foundation for dental implant placement.
Atelocollagen-based bilayer membrane with dense and porous layers, designed for guided bone regeneration. Used with bone graft materials to provide a physical barrier, promoting healing of extraction sockets and alveolar bone defects.
Allogeneic cortical bone-derived graft containing bone minerals, collagen, and BMPs, offering both osteoinductive and osteoconductive properties. Designed for filling and repairing non-load-bearing bone defects in oral and maxillofacial regions.
Made of PEEK or titanium alloy, with an integrated unified screwdriver and carrying handle, used for intraoral scanning to accurately capture implant position and model information.
3D digital analog used to simulate implant position in printed models. Laser-printed identification of system type. Unique dual anti-rotation design accurately reproduces implant position and transfers data with high precision.
Customized screw-retained bridge framework for multi-implant restoration, used with matching screws to support and fix the superstructure on dental implants. Registered as a Class III medical device.
CAD/CAM digitally machined titanium abutment for connecting, supporting, and retaining implant superstructures, compatible with over 60 implant systems and 1,000+ models from European, Korean, and American manufacturers.
Made of TC4 titanium alloy with high wear resistance, its internal structure matches the implant precisely. It can be embedded into working models or 3D-printed models, accurately simulating the position and orientation of the implant for prosthetic planning.
Combining the functions of a healing abutment and an intraoral scan body, this medical-grade titanium alloy device enables simultaneous scanning and healing, significantly shortening impression-taking time.
Made from imported TC4ELI high-strength, high-toughness material, compatible with multiple implant systems and seamlessly connecting with original implant bodies, precisely fitted through digital manufacturing.